6533b853fe1ef96bd12ac87f

RESEARCH PRODUCT

βDelayed γRay spectroscopy of heavy neutron rich nuclei “south” of lead

Jorge Agramunt RosAlejandro AlgoraH. ÁLvarez PolG. BenzoniP. BoutachkovA. M. BruceLucía CáceresA. M. Denis BacelarP. DoornenbalC. DragosavacG. FarrellyY. FujitaA. B. GarnsworthyW. GelletlyJ. GerlR. HoischenI. KojouharovN. KurzS. LalkovskiD. Pérez LoureiroC. MihaiFrancisco Gabriel Molina PalaciosD. MücherBerta Rubio BarrosoH. SchaffnerA. TamiiS. TashenovJ. J. Valiente DobónS. VermaP. M. WalkerH. J. WollersheimP. J. WoodsMaría Esther Estévez Aguado

subject

Neutron-rich nuclei:FÍSICA [UNESCO]:FÍSICA::Nucleónica::Física de partículas [UNESCO]Relative projectile fragmentationUNESCO::FÍSICAUNESCO::FÍSICA::Nucleónica::Física de partículasProton-holesRelative projectile fragmentation ; Neutron-rich nuclei ; Proton-holes ; SpectroscopySpectroscopy

description

Relativistic projectile fragmentation of a 208Pb primary beam has been used to produce neutron-rich nuclei with proton-holes relative to the Z = 82 shell closure, i.e., “south” of Pb. βDelayed γRay spectroscopy allows to investigate the structural properties of such nuclei with A ~ 195 → 205. The current work presents transitions de-exciting excited states in 204Au, which are the first spectroscopic information on this N = 125 isotone. Agramunt Ros, Jorge, Jorge.Agramunt@ific.uv.es ; Algora, Alejandro, Alejandro.Algora@ific.uv.es ; Molina Palacios, Francisco Manuel, Francisco.Molina@ific.uv.es ; Rubio Barroso, Berta, Berta.Rubio@ific.uv.es

yearjournalcountryeditionlanguage
2009-01-01
http://hdl.handle.net/10550/13012